Sounds That May Have Killed

It is well established that low frequency sound can have a notable impact on humans, animals, and may be deleterious to health.^[1] Just like the abundance of frequencies contained in a vocal sample, environmental sounds have oscillations that can be evaluated for health influences on individuals exposed to such resonances. Recently it was reported from many geographic locations that a “low rumbling” mysterious sound could be felt and heard. Reportedly, the sounds were causing people to feel mentally disoriented and even physically ill.

Diplomats and their families from China, Cuba, Canada and the US have reported an unusual collection of symptoms that range from dizziness, nausea, concussions, hearing loss, disorientation and unexplained fatigue.²

As reported by CNN, Dr. Jeffrey Kim of Georgetown University’s Otolaryngology Department states that “It is possible to create a complex sound of certain frequencies and acoustic patterns that could affect our body function especially brain function.”

For these reasons, the Institute of BioAcoustic Biology in Albany, Ohio, USA, (the leading experts in the field of the effects of sound on living systems), has evaluated the frequencies being reported as detrimental and may have determined why many political opponents, whistleblowers and pharmaceutical enemies have been found dead in their homes or hotels from unexplained heart attacks.

The main constituents of the recently documented sounds are frequencies that have been identified as being associated with stroke, heart attacks, cellular oxygen and cellular communication. Below is a short list of the major bio-frequencies found in the ambient sound sample. Items marked in green are associated with heart and circulatory issues.

Think of the brain as a Central Process Unit, like a computer’s CPU hard drive. The brain is dominated by frequencies that are sent along neuro pathways to direct, manage, and communicate with the body. It has been absolutely the case that disturbances in these pathways have a direct influence on body function and psychological states of being. An example of this is found in the Gate Control Theory of Pain.²

Below additionally is a more comprehensive listing of the health base bio-frequencies correlates that are associated with feelings of malaise.

Arsenic is often used as a foundation for blood thinner; including rat poison.

Significant Correlates

NAME	REL	PAIRS	TAG	CATEGORY	USE

Thrombomodulin	13		Low	Protein	Anti-coagulant activities

C-Reactive Protein	20	0.06	High	Epigenetic	Associated inflammation
Thrombomodulin	20	0.06	High	Epigenetic	Anti-coagulant activities

Thromboxane A synthase 1	17	0.06	Low	Epigenetic	Assoc. w/ cancer, stroke, platelet aggregation

Synapsin 1	28		High	Epigenetic	involved w/ neurotransmitter release
Prostaglandin E2	28		High	Biochemical	levels maybe elevated due to depression

Acetaldehyde	28		High	Toxin	may cause apathy

Adrenaline	31		Lowest Low	Hormone	Dilates blood vessels that supply the brain
Phosphatidylcholine	31		Lowest Low	Biochemical	memory transmitters


Aconitase Mitochondrial	23		Low	Epigenetic	Protects mitochondrial, genome met. of energy path.
Lipoic Acid	23		Low	Vitamin	May help to protect the body from Arsenic Poisoning

Folic Acid	13		High	Vitamin	May facilitate the excretion of Arsenic

Cholinergic receptor muscarinic 2	64	0.00	High	Protein	Influences many effects of CNS E peripheral NS
Cholinergic receptor muscarinic 2	64	0.00	High	Protein	Influences many effects of CNS E peripheral NS
Acetylcholine CHMR 5 (muscarine)	64	0.00	High	Protein	Involved w/ personality traits
Fibrinogen, alpha chain	64	0.00	High	Genome	Assoc. w/ clotting, stroke
Fibrinogen alpha gene	64	0.00	High	Protein	controls blood clotting assoc. w/ stress
Fibrinogen, alpha chain	64	0.00	High	Genome	Protein metabolism, protein binding
Fibrinogen, alpha chain	64	0.00	High	Genome	Assoc. w/ clotting, stroke
Fibrinogen alpha gene	64	0.00	High	Protein	controls blood clotting assoc. w/ stress

Acetylcholine CHRNA5	28	0.04	Low	Protein	Cell comm., signal trans., dev. of nervous system
Cholinergic receptor neuronal nicotinic alpha polypeptide 5	28	0.04	Low	Protein	Assoc. w/ brain, nervous system dev.
Nitric Oxide	28	0.04	Low	Biochemical	assoc with cellular oxygen
Cystine	28	0.04	Low	Amino Acid	May facilitate the excretion of Arsenic
Dopamine receptor D5	28	0.04	Low	Protein	Assoc. w/ ADHD, brain, nervous system
Dopamine receptor D5	20	0.04	High	Protein	Assoc. w/ ADHD, brain, nervous system
Cystine	20	0.04	High	Amino Acid	May facilitate the excretion of Arsenic
GABA receptor alpha 5	20	0.04	High	Epigenetic	Autism, Praeder Will/Angelman syndrome, bipolar

GTP Atlastin	24		Low	Epigenetic	ER/Golgi activity, cell comm., signal transduction
Atlastin	24		Low	Epigenetic	ER/ golgi activity, spastic paraplegia, brain
Acetylcholine CHRNA 10 (Nicotinic agonist)	24		Low	Genome	Transport chain, int. ear, hair cells, skin cells keratinocytes
Cholinergic receptor neuronal nicotinic alpha polypeptide 10	24		Low	Genome	Internal ear, hair cells, pituitary gland, keratinocyte
Solute carrier family 6 member 3	24		Low	Genome	Brain & retina, protect against nicotine dependence

GABA A receptor assoc protein	16		High	Protein	Mediates with cytosleleton
Taurine	16		High	Amino Acid	May facilitate the excretion of Arsenic
Taurine	16		High	Amino Acid	Autistics may be deficient in
Taurine	16		High	Amino Acid	Concentrates in brain

NGFR associated protein 1	21		Low	Genome	Oligodendrocytes myelinating cells of CNS
Nerve growth factor NGFR AP 1	21		Low	Genome	Signal transduction, apoptosis

Yellow = Highest Prioirty, Blue = Secondary and Pink, tertiary				Rel – Relevance = the higher the relevance the more significant the issue

BioAcoustic Opinion

Sound weapons, covert in nature, in addition to loud and boisterous applications, have been with us for decades. This amalgamation of frequencies would very much look like a heart arrhythmia or stroke making this a clever, sinister and almost undetectable method of murdering one’s opponents.

Just a Few Considerations

These examples of recent “heart attacks” in otherwise healthy and even young people raises the issue of whether environmental frequencies, as may be produced by HVAC equipment, or perhaps more from a more sinister source, can lead to not just discomfort, but also death.

John Heart, the Home Alone movie star found dead in a Palo Alto, Calif., hotel room last month, died of “natural causes” — a heart attack, the Santa Clara County Medical Examiner-Coroner’s Office said Tuesday.^[1]

Sex worker dies from suspected heart attack in hotel room – The body of a commercial sex worker was found on the bed of a city hotel yesterday morning, hours after she checked in with a male companion. The woman, whose name has been given only as “Medusi,” was discovered dead around 09:00 hrs at John’s Beer Garden when police broke into a room she was occupying after she had failed to respond to hotel workers who went to inform her that her allotted time had expired.^[2]

Vadodara : The 33-year-old Russian citizen, who was found dead at a hotel in the city late on Sunday night, died due to heart attack. Russian man found dead in hotel suffered heart attack – Investigating officials said on Monday that the initial postmortem report suggested that the man Alexander Katmonov died of cardiac arrest.^[3]

“He was a heavy smoker and wasn’t in the best health. He had recently been hospitalized for health reasons. Right now we are thinking he probably had a heart attack, but we aren’t ruling anything out …” ^[4]

[1] https://www.usatoday.com/story/life/2017/08/15/corone r –report s –joh n –hear d –die d –hear t –attack/570523001 /

[2] https://www.kaieteurnewsonline.com/2017/04/18/se x –worke r –die s –fro m –suspecte d –hear t –attac k –i n –hote l –room /

[3] https://timesofindia.indiatimes.com/city/vadodara/Russia n –ma n –foun d –dea d –i n –hote l –suffere d –hear t –attack/articleshow/54792142.cm s

[4] http://www.itemonline.com/news/local_news/huntsvill e –ma n –foun d –dea d –i n –hotel/article_037ffcb 0 –1f3 d –517 a –be6 d –b211e67aa017.htm l

chart1

Here is some background information from Wikipedia regarding the substances related to the frequencies analyzed.

Most occurring by pairs –

Thrombomodulin –Thrombomodulin functions as a cofactor in the thrombin-induced activation of protein in the anticoagulant pathway by forming a 1:1 stoichiometric complex with thrombin. This raises the speed of protein C activation thousand-fold. Thrombomodulin-bound thrombin has procoagulant effect at the same time by inhibiting fibrinolysis by cleaving thrombin-activatable fibrinolysis inhibitor (TAFI, aka carboxypeptidase B2) into its active form.

Atropine – Atropine is a medication to treat certain types of nerve agent and pesticide poisonings as well as some types of slow heart rate and to decrease saliva production during surgery. It is typically given intravenously or by injection into a muscle. Eye drops are also available which are used to treat uveitis and early amblyopic. The intravenous solution usually begins working within a minute and lasts half an hour to an hour.^[2] Large doses may be required to treat some poisonings.

Common side effects include a dry mouth, large pupils, urinary retention, constipation, and a fast heart rate.^[3] It should generally not be used in people with angle closure glaucoma. While there is no evidence that its use during

pregnancy causes birth defects, it has not been well studied. It is likely safe during breastfeeding. It is an antimuscarinic (a type of anticholinergic) that works by inhibiting the parasympathetic nervous system Acetylcholine – acts a neurotransmitter

Arsenic – nutrients to activate blood thinning Fibrinogen (factor I) is a glycoprotein that in vertebrates circulate in the blood. During tissue and vascular injury it is converted enzymatically by thrombin to fibrin and subsequently to a fibrin-based blood clot. Fibrinogen functions primarily to occlude blood vessels and thereby stop excessive bleeding. However, fibrinogen’s product, fibrin, binds and reduces the activity of thrombin. This activity, sometimes referred to as antithrombin I serves to limit blood clotting. Loss or reduction in this antithrombin activity due to mutations in fibrinogen genes or hypofibrinogen conditions can lead to excessive blood clotting and thrombosis. Fibrin also mediates blood platelet and endothelial cel l spreading, tissue fibroblast proliferation, capillary tube formation, and angiogenesis and thereby functions to promote tissue revascularization, wound healing, and tissue repair.

Reduced and/or dysfunctional fibrinogens occur in various congenital and acquired human fibrinogen related disorders. These disorders represent a clinically important group of rare conditions in which individuals may present with severe episodes of pathological bleeding and thrombosis; these conditions are treated by supplementing blood fibrinogen levels and inhibiting blood clotting, respectively. Certain of these disorders may also be the cause of liver and kidney diseases.

Fibrinogen is a “positive” acute-phase protein, i.e. its blood levels rise in response to systemic inflammation, tissue injury, and certain other events. It is also elevated in various cancers. Elevated levels of fibrinogen in inflammation as well as cancer and other conditions have been suggested to be the cause of thrombosis and vascular injury that accompanies these conditions.

Comprehensive Listing of Correlates:


NAME	RELEVANCE	PAIRS	TAG	CATEGORY	USE

Dopamine receptor D5	13		Low	Epigenetic	Huntington’s disease locus
Dopamine receptor D5	13		Low	Epigenetic	Assoc. w/ ADHD, brain, nervous system
Thrombomodulin	13		Low	Protein	Anti-coagulant activities

C-Reactive Protein	20	0.06	High	Epigenetic	Associated w/ brain behavior
Thrombomodulin	20	0.06	High	Epigenetic	Anti-coagulant activities
FRS3	20	0.06	High	Genome	Cell comm., signal transduction, brain only
GABA B receptor 1 isoform B	20	0.06	High	Genome	Assoc. w/ MS, epilepsy, schizophrenia
RAR related orphan receptor A	20	0.06	High	Epigenetic	DNA binding, bone remodeling, neuroprotection
Retinoicacid RAR related orphan receptor A	20	0.06	High	Epigenetic	Neuroprotection, bone remodeling
Linoleic acid	13	0.06	Low	Fatty Acid	Helps prevent degeneration of brain

ADP ribosylation factor domain protein 1	17	0.06	High	Epigenetic	GTPase activity
Nerve growth factor NGFIA binding protein 1	17	0.06	High	Genome	Assoc. w/ metabolism, brain neutrophil
P13 kinase pancreatic polypeptide receptor 1	17	0.06	High	Epigenetic	Cell communication, signal transduction
GDNF family receptor alpha 4 isoform 1	17	0.06	High	Protein	Receptor activity, cell comm., signal trans.
Atropine	17	0.06	High	Med-Analgesic	excessive assoc. w/ anxiety
Acetylcholine CHRNB3	17	0.06	High	Epigenetic	Cell communication, signal transduction
Cholinergic receptor neuronal nicotinic, beta polypeptide 3	17	0.06	High	Epigenetic	Cell communication, signal transduction

Germanium	17	0.06	Low	Mineral	May increase lifespan
ADP ribosylation factor domain protein 1	17	0.06	Low	Protein	GTPase activity
Thromboxane A synthase 1	17	0.06	Low	Epigenetic	Assoc. w/ cancer, stroke, platelet aggregation

Myelin expression factor 2	25		High	Protein	Assoc. w/ metabolism, trans. regulator activity
Integrin-linked kinase	25		High	Epigenetic	Cell comm., transduction, shape, regulate cell cycle
HTR 5- hydroxytryptamine receptor 1e	25		High	Epigenetic	Serotonin receptor
Artemin isoform 2	25		High	Genome	Cell comm., signal transduction, growth factor activity
Nerve growth factor early response protein 1	25		High	Protein	Cell communication, signal transduction

NGFIA binding protein 2	10	High	Genome	Transcription regulator activity, metabolism

Cholinergic receptor neuronal nicotinic alpha polypeptide 4	28	High	Genome	Nicotine dependence, gen. epilepsy
Acetylcholine CHRNA4	28	High	Genome	Transport chain mod. behavior, nicotine dep., epilepsy
Glycine Solute carrier family 6 member 9 isoform 2	28	High	Epigenetic	Brain, chemical messenger, supraspinal neurotrans.
Vitamin C	28	High	Vitamin	may improve condition of manic depression
Vitamin C	28	High	Vitamin	excessive stress may deplete
Synapsin 1	28	High	Epigenetic	involved w/ neurotransmitter release
Serotonin	28	High	Hormone	insufficient secretion may=aggressiveness
Prostaglandin E2	28	High	Biochemical	levels maybe elevated due to depression
Acetaldehyde	28	High	Toxin	may cause apathy

Tyrosine kinase receptor C isoform 2	20	High	Genome	Cell communication, signal transduction
NMDA receptor 2A	20	High	Epigenetic	Cell communication, signal transduction
RET isoform 1	20	High	Genome	Persephin neurodegenerative disease
Glucose	20	High	Biochemical	Utilized as “fuel” for brain.
Lactic Acid	20	High	Biochemical	Excess amounts may cause anxiety
Inositol	20	High	Vitamin	Concentrates in brain
Fructose	20	High	Biochemical – Sugar	causes depression

Adrenaline	31	Lowest Low	Hormone	Dilates blood vessels that supply the brain
Adrenaline	31	Lowest Low	Hormone	Neurotransmitter
Pregnenolone	31	Lowest Low	Hormone	May be useful for the treatment of phobias
FGF receptor 4 isoform 1	31	Lowest Low	Epigenetic	Cell communication, signal transduction

Phosphatidylcholine	31	Lowest Low	Biochemical	memory transmitters
Phosphatidylcholine	31	Lowest Low	Biochemical	enhances neurotransmission

Diazepam binding inhibitor isoform 1	10		Low	Epigenetic	Pancreatic connections, mitochondrial damage

Tyrosine kinase receptor A isoform 3	28	0.02	Low	Protein	Signal transduction, signaling pathway
Oncomodulin	28	0.02	Low	Genome	Regenerates injured nerve fibers, brain, spine
Oncomodulin	24	0.02	Low	Genome	Regenerates injured nerve fibers, brain, spine
P13 kinase pancreatic polypeptide receptor 1	28	0.02	Low	Protein	Cell communication, signal transduction
P13 kinase pancreatic polypeptide receptor 1	24	0.02	Low	Protein	Cell communication, signal transduction

Glycl tRNA synthetase isoform 1	8		High	Protein	Assoc. w/ brain, neuronopathy

Aconitase Mitochondrial	23		Low	Epigenetic	Protects mitochondrial, genome met. of energy path.
GABA	23		Low	Amino Acid	Prevents stress msgs f/ reaching brain – Neurotransmitter
Lipoic acid	23		Low	Fatty Acid – derivative	May possess life extension capabilities
Lipoic Acid	23		Low	Vitamin	May help to protect the body from Arsenic Poisoning
Nerve growth factor NGFR precursor	23		Low	Protein	Cell surface receptor, receptor activity, signaling trans.
Neurotensin receptor 2	23		Low	Protein	Cell comm., signal transduction, brain

Pantothenic Acid	15		Low	Vitamin B5	may reduce aggressiveness
Butylated Hydroxytoluene (BHT)	15		Low	Toxin	May extend Lifespan
Janus kinase & microtubule interacting protein 1 isoform 1	15		Low	Protein	Reg. of nucleotase, nucleoside, nucleotide, nucleic acid

Folic Acid	13		High	Vitamin	May facilitate the excretion of Arsenic
Folic Acid	13		High	Vitamin	Enhances brains production of energy
Oncomodulin	13		High	Protein	Regenerates injured nerve fibers, brain, spine
Corticotropin-releasing hormone	13		High	Epigenetic	contributes to depression


GABA A receptor assoc protein	64	0.00	High	Genome	Mediates with cytosleleton
GABA A receptor alpha 1	64	0.00	High	Protein	Assoc. w/ epilepsy, juvenile myoclonic
Ghrelin	64	0.00	High	Protein	Growth horm. involved w/ memory, obesity, anorexia

Catalase	64	0.00	High	Enzyme	May possess life extension capabilities
Ghrelin	64	0.00	High	Protein	Growth horm. involved w/ memory, obesity, anorexia
GABA A receptor assoc protein	64	0.00	High	Genome	Mediates with cytosleleton
Catalase	64	0.00	High	Enzyme	May possess life extension capabilities
HTR 5- hydroxytryptamine receptor 2c	64	0.00	High	Protein	Serotonin receptor
GABA A receptor alpha 1	64	0.00	High	Genome	Assoc. w/ epilepsy, juvenile myoclonic
Cholinergic receptor muscarinic 2	64	0.00	High	Protein	Influences many effects of CNS E peripheral NS
Cholinergic receptor muscarinic 2	64	0.00	High	Protein	Influences many effects of CNS E peripheral NS
Acetylcholine CHMR 5 (muscarine)	64	0.00	High	Protein	Involved w/ personality traits
Fibrinogen, alpha chain	64	0.00	High	Genome	Assoc. w/ clotting, stroke
Fibrinogen alpha gene	64	0.00	High	Protein	controls blood clotting assoc. w/ stress
Fibrinogen, alpha chain	64	0.00	High	Genome	Protein metabolism, protein binding
Fibrinogen, alpha chain	64	0.00	High	Genome	Assoc. w/ clotting, stroke
Fibrinogen alpha gene	64	0.00	High	Protein	controls blood clotting assoc. w/ stress

Acetylcholine CHRNA5	28	0.04	Low	Protein	Cell comm., signal trans., dev. of nervous system
Cholinergic receptor neuronal nicotinic alpha polypeptide 5	28	0.04	Low	Protein	Assoc. w/ brain, nervous system dev.
Nitric Oxide	28	0.04	Low	Biochemical	May possess life extension capabilities
Cystine	28	0.04	Low	Amino Acid	May facilitate the excretion of Arsenic
Dopamine receptor D5	28	0.04	Low	Protein	Assoc. w/ ADHD, brain, nervous system
Dopamine receptor D5	20	0.04	High	Protein	Assoc. w/ ADHD, brain, nervous system
Cystine	20	0.04	High	Amino Acid	May facilitate the excretion of Arsenic
GABA receptor alpha 5	20	0.04	High	Epigenetic	Autism, Praeder Will/Angelman syndrome, bipolar

GTP Atlastin	24		Low	Epigenetic	ER/Golgi activity, cell comm., signal transduction
Atlastin	24		Low	Epigenetic	ER/ golgi activity, spastic paraplegia, brain
Acetylcholine CHRNA 10 (Nicotinic agonist)	24		Low	Genome	Transport chain, int. ear, hair cells, skin cells keratinocytes
Cholinergic receptor neuronal nicotinic alpha polypeptide 10	24		Low	Genome	Internal ear, hair cells, pituitary gland, keratinocyte

Solute carrier family 6 member 3	24		Low	Genome	Brain & retina, protect against nicotine dependence

GABA A receptor assoc protein	16	High	Protein	Mediates with cytosleleton
Taurine	16	High	Amino Acid	May facilitate the excretion of Arsenic
Taurine	16	High	Amino Acid	Autistics may be deficient in
Taurine	16	High	Amino Acid	Concentrates in brain

NGFR associated protein 1	21	Low	Genome	Oligodendrocytes myelinating cells of CNS
Nerve growth factor NGFR AP 1	21	Low	Genome	Signal transduction, apoptosis


the issue

References:

http://www.cnn.com/2017/10/13/politics/cub a –u s –diplomat s –acousti c –weapons/index.htm l

https://www.dicardiology.com/content/researc h –show s –correlatio n –betwee n –coronar y –arter y –diseas e –an d –voic e

https://www.theverge.com/2017/9/16/16316048/soni c –weapo n –cub a –u s –canadia n –diplomat s –ultrasoun d –infrasoun d –scienc e

http://www.telegraph.co.uk/news/2017/10/12/soun d –u s –diplomat s –soni c –attac k –cuba /

https://www.washingtonpost.com/news/worldviews/wp/2017/09/30/al l –th e –theorie s –abou t –what s –happenin g –t o –th e –diplomat s –i ncuba/?utm_term=.c34734fbd6d 1

STATEMENT OF FACT: The information herein contains opinions concerning correlations between personality traits and frequencies found within the voice. The computer printouts are generated by a computer using fast Fourier transforms and voice spectral analysis developed by the Institute of BioAcoustic Biology – a non-profit research organization: SoundHealthOptions.com – 740-698-9119.

Tags: Albany Ohio, BioAcoustics, biofrequencies, Frequency, Health, Holographic, math, sound, vocal profiling